#!MC 1000
$!ALTERDATA
  EQUATION = '{vrot} = 0'
$!ALTERDATA  [   1-   7]
  EQUATION = '{vrot} =      17188.000'
$!ALTERDATA
  EQUATION = '{r}=max(0.00001, ({y}**2+{z}**2)**0.5)'
$!ALTERDATA
  EQUATION = '{vrot} = {vrot}*0.10472'
$!ALTERDATA
  EQUATION = '{Vx} = {rho-u}/{rho}'
$!ALTERDATA
  EQUATION = '{Vyabs} = {rho-v}/{rho}'
$!ALTERDATA
  EQUATION = '{Vzabs} = {rho-w}/{rho}'
$!ALTERDATA
  EQUATION = '{Vr} = ( {y}*{vyabs}+{z}*{vzabs} )/{r}'
$!ALTERDATA
  EQUATION = '{Vcabs} = ( {z}*{Vyabs} - {y}*{Vzabs} )/{r}'
$!ALTERDATA
  EQUATION = '{Vcrel} = {Vcabs} + {vrot}*{r}'
$!ALTERDATA
  EQUATION = '{Vyrel} = ( {y}*{Vr} + {z}*{Vcrel} )/{r}'
$!ALTERDATA
  EQUATION = '{Vzrel} = ( {z}*{Vr} - {y}*{Vcrel} )/{r}'
$!ALTERDATA
  EQUATION = '{SPre} = 0.4*( {E} - 0.5*{rho}*( {Vx}**2 + {Vyabs}**2 + {Vzabs}**2 ) )'
$!ALTERDATA
  EQUATION = '{STem} = {Spre}/287.06/{rho}'
$!ALTERDATA
  EQUATION = '{Machabs} = (({Vx}**2 + {Vyabs}**2 + {Vzabs}**2)/(401.884*{STem}))**0.5'
$!ALTERDATA
  EQUATION = '{Machrel} = (({Vx}**2 + {Vyrel}**2 + {Vzrel}**2)/(401.884*{STem}))**0.5'
$!ALTERDATA
  EQUATION = '{TPabs} = {SPre}*(1.0 + 0.2*{Machabs}**2)**3.5'
$!ALTERDATA
  EQUATION = '{TPrel} = {SPre}*(1.0 + 0.2*{Machrel}**2)**3.5'
$!ALTERDATA
  EQUATION = '{entropy} = 287.06*( 3.5*LOG({stem}) - LOG({spre}) )'
